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Equilateral Prisms

Equilateral Prisms (EQP)
Lambda Research Optics
Equilateral prisms are normally used as dispersing prisms. As well as standard BK7 prisms, higher index. SF2 and F2 prisms are offered to increase the dispersive power.

Specifications

Material: N-BK7, F2, SF10
Wavelength Range: 1-633nm
Dimension (A): 20 mm
Dimension (B): 16.2 mm
Dimension (C): 25 mm
Precision Glass and Optics Equilateral Prisms
Precision Glass and Optics
Also called dispersing prisms, equilateral prisms have three equal 60° angles. Angular tolerance ± 5 arc minutes, surface quality 60/40, surface accuracy λ/10, dimensional tolerances ±.002\".

Specifications

Material: N-BK7, Fused Silica
Wavelength Range: 400-1200nm
Dimension (A): -- mm
Dimension (B): -- mm
Dimension (C): -- mm
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...

Specifications

Material: SF10
Wavelength Range: 400-2400nm
Dimension (A): 60 mm
Dimension (B): 60 mm
Dimension (C): 60 mm
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...

Specifications

Material: SF10
Wavelength Range: 400-2400nm
Dimension (A): 30 mm
Dimension (B): 30 mm
Dimension (C): 30 mm
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...

Specifications

Material: N-BK7
Wavelength Range: 330-2100nm
Dimension (A): 60 mm
Dimension (B): 60 mm
Dimension (C): 60 mm
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...

Specifications

Material: N-BK7
Wavelength Range: 330-2100nm
Dimension (A): 30 mm
Dimension (B): 30 mm
Dimension (C): 30 mm
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...

Specifications

Material: N-BK7, F2, SF10
Wavelength Range: 330-2100nm
Dimension (A): 20 mm
Dimension (B): 20 mm
Dimension (C): 20 mm
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...

Specifications

Material: N-BK7, F2, SF10
Wavelength Range: 330-2100nm
Dimension (A): 30 mm
Dimension (B): 30 mm
Dimension (C): 30 mm
There are 8 different Equilateral Prisms from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Equilateral Prisms with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Equilateral Prisms vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Prisms have been used for hundreds of years to study the properties and composition of light. Near the beginning of the Enlightenment, Isaac Newton used equilateral prisms to conduct some of the most famous of these experiments. At the time of his work, it was commonly known that white light entering prisms would appear to become multi-colored as it passed through and exited the glass. However, many people believed that this occurred because the prism itself was “polluting” or coloring the light. Through careful experimentation and the use of several prisms, Newton was able to demonstrate that this effect actually existed because white light was actually a mixture of several distinct colors that were separated by the prism.